Complete Product Catalogue

Cylindrical sleeves that are critical components of the feeder system. Their primary function is to feed additional molten metal into the casting to compensate for volume loss during solidification.

Cylindrical sleeves that are critical components of the feeder system. Their primary function is to feed additional molten metal into the casting to compensate for volume loss during solidification.

Neck-Down Exothermic Sleeves are standard foundry consumables engineered for highly targeted metal feeding. Their heat-generating properties and tapered base ensure precise delivery of molten metal exactly where the casting needs it most.

Oval Exothermic Sleeves are essential foundry consumables, perfectly engineered for applications that demand maximum feeding efficiency within limited mold spaces.

A compact, high-performance feeding aid engineered to significantly boost riser efficiency. It delivers intense, localized heat exactly where it is needed, without requiring any alterations to your existing riser geometry.

A high-performance, heat-generating solution engineered for foundry applications where conventional sleeves are unsuitable. Designed to maximize metal yield, precisely control shrinkage, and drive optimal directional solidification.

A highly efficient, continuous reservoir of liquid metal for cast iron molds — combining an intense exothermic reaction with superior thermal insulation to keep feeder metal molten until the ingot has fully solidified.

Cylindrical open insulating sleeves are essential components within the feeding system for ferrous metal castings — engineered for applications where extended heat retention is prioritized over exothermic heat generation.

Insulating blind sleeves are widely utilized in foundry applications that prioritize precise feeding control and superior heat retention, using pure thermal insulation rather than chemical exothermic reactions.

Insulating neck-down sleeves are the premier choice for precision feeding in confined casting areas, engineered to prioritize superior thermal retention over exothermic heat generation.

Engineered specifically for iron and steel castings, delivering pristine metal flow, space-saving compact risering, and precise directional feeding.

A streamlined, highly effective solution engineered for foundry applications where conventional sleeves are unsuitable. Designed to maximize metal yield, precisely control shrinkage, and drive optimal directional solidification.

Disposable board linings for the pouring box / tundish that cut energy consumption and refractory wear while delivering a clean, consistent steel pour.

A vital accessory for riser sleeve systems, engineered to simplify riser removal post-solidification. It significantly improves overall casting yield while maximizing clean-up efficiency.

A high-performance, self-setting, medium-viscosity adhesive engineered for secure cold-to-cold bonding, with universal compatibility across cold box, CO2, oil, and resin-bonded molds and cores.

APC Powder is a hot topping compound available in insulating and exothermic types of anti-piping compounds.

Adding aluminium shots to molten metal helps eliminate unwanted gases, improving the density and overall mechanical strength of the final cast components.

Special paint for foundries that can handle high heat, protecting mold and metal surfaces from corrosion.

Zircon foam filters engineered for the rigorous demands of filtering molten steel and high-temperature alloys, with exceptionally high refractoriness and chemical stability for the most aggressive casting environments.

Ceramic foam filters that significantly improve overall casting quality by extracting and eliminating harmful impurities — specially formulated for Gray Iron, Ductile Iron, Steel, and Aluminium across sand and other casting methods.

High-purity artificial graphite for highly efficient carbon adjustment in steelmaking and foundries.

Primarily used for efficient slag removal and as a superior insulating cover for applications such as ladle topping, hot topping, risering, and molding sand. It prevents radiant heat loss and significantly enhances the overall performance of your feeding systems.

Primarily used for efficient slag removal and as a superior insulating cover for applications such as ladle topping, hot topping, risering, and molding sand. It prevents radiant heat loss and significantly enhances the overall performance of your feeding systems.

Primarily used for efficient slag removal and as a superior insulating cover for applications such as ladle topping, hot topping, risering, and molding sand. It prevents radiant heat loss and significantly enhances the overall performance of your feeding systems.